Sentence examples for time computations from inspiring English sources

Liquid State Machines constitute a powerful computational tool for carrying out complex real time computations on continuous input streams.

This complexity has two important factors: time computations and space storage.

Numerical simulations of phase-field models require long time computations and therefore it is necessary to develop efficient and highly accurate numerical methods.

We describe some results inspired to Lafont's Soft Linear Logic (SLL) which is a subsystem of second-order linear logic with restricted rules for exponentials, correct and complete for polynomial time computations.

The combined method can considerably reduce the time-consuming VOF domain, and thus practically makes it possible to apply the VOF method for random wave calculations, in which long time computations are usually required to obtain statistically meaningful results, and therefore the use of the single-VOF model often becomes prohibitive in terms of computational time and storage memories.

Similar computations using existent methods require over 100 cubic time computations.

This refinement reduces half of the time computation and then allows considering larger data sets.

This approach not only alleviates real time computation load, but also still achieves the desired performance.

Both of the two schemes are conservative so can be used for long time computation.

Holographic algorithms with matchgates are a novel approach to design polynomial time computation.

Fig. 11 The time computation complexity of TGRWI for various sensor densities.